def update_db(self):
changes = ""
values = []
for att in treatment_course.CURRTRT_ROOT_ATTS:
if self.new_value(att) != self.orig_values[att]:
changes += "%s%s=%%s ," % (att, self.suffix)
values.append(self.new_value(att))
treatment_course.update_course(
changes.rstrip(","),
values,
self.serialno,
self.courseno)
def update_db(self):
'''
apply any edits (should be called if self.exec_() == True)
to merge 2 courses, all treatments have to be combined, and placed
into the oldest course.
the newestimates table has to have the coursenumber adjusted.
NOTE - old tx_hashes will not longer be generatable
by the TreatmentCourseClass
'''
trtchanges = ""
trtvalues = []
for trt_att in treatment_course.CURRTRT_ATTS:
if trt_att == "courseno":
continue
value = self.merged_course.__dict__[trt_att]
existing = self.tx_course2.__dict__[trt_att]
if value != existing:
trtchanges += '%s = %%s ,' % trt_att
trtvalues.append(value)
self.list_hashes()
if treatment_course.update_course(trtchanges.rstrip(","),
trtvalues,
self.serialno,
self.courseno2
):
treatment_course.update_estimate_courseno(self.courseno1,
self.courseno2)
treatment_course.delete_course(self.serialno, self.courseno1)
def update_db(self):
'''
apply any edits (should be called if self.exec_() == True)
to merge 2 courses, all treatments have to be combined, and placed
into the oldest course.
the newestimates table has to have the coursenumber adjusted.
NOTE - old tx_hashes will not longer be generatable
by the TreatmentCourseClass
'''
trtchanges = ""
trtvalues = []
for trt_att in treatment_course.CURRTRT_ATTS:
if trt_att == "courseno":
continue
value = self.merged_course.__dict__[trt_att]
existing = self.tx_course2.__dict__[trt_att]
if value != existing:
trtchanges += '%s = %%s ,' % trt_att
trtvalues.append(value)
self.list_hashes()
if treatment_course.update_course(trtchanges.rstrip(","), trtvalues,
self.serialno, self.courseno2):
treatment_course.update_estimate_courseno(self.courseno1,
self.courseno2)
treatment_course.delete_course(self.serialno, self.courseno1)
